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This game has to have one of the worst UIs out of any AAA FPS game on PC by jonipetteri3 in ModernWarfareII

[–]YdweL 4 points5 points  (0 children)

that's the point of having a beta, so the devs can hear them complain lol

Please show what gun killed you in the killcam by zero1918 in ModernWarfareII

[–]YdweL 0 points1 point  (0 children)

ahh I remember when this was only a Battlefield feature lol

Yuriy isn’t reading the room. by dangbecky in NoJumper

[–]YdweL -1 points0 points  (0 children)

oh so it was just a reddit joke. thanks sir 🫡

Yuriy isn’t reading the room. by dangbecky in NoJumper

[–]YdweL 0 points1 point  (0 children)

He quit? Sorry I don’t really be watching these pods anymore

What are you doing when you take hours to reply to texts? by [deleted] in AskMen

[–]YdweL 0 points1 point  (0 children)

Didn't get a cellphone till a couple months before I turned 18, I'm 26 now. So, my phone isn't really a priority to me tbf

How old were you when you realized you don't have to please others and decided to enjoy life just being yourself? by [deleted] in AskMen

[–]YdweL 0 points1 point  (0 children)

21, When my best friend accidentally shot himself in the head. He was always a person to not want to please others, just himself. "Do what makes you happy, no matter if it makes someone upset." The last thing we talked about..

M2 annealing and tempering faster by YdweL in metallurgy

[–]YdweL[S] 0 points1 point  (0 children)

The only options other than Evacuation are, Leak test, Partial Pressure, vacuum cooling and gas cooling. Which would be best for me to do in this situation?

M2 annealing and tempering faster by YdweL in metallurgy

[–]YdweL[S] 0 points1 point  (0 children)

I’m working off the last guy who actually wrote this recipe. Where should I add cooling to room temp? Should I force cool with blowers and under pressure? I’m not really sure where, I see but I don’t want to make a definite change if it’ll be wrong. I can add steps in wherever btw

M2 annealing and tempering faster by YdweL in metallurgy

[–]YdweL[S] 0 points1 point  (0 children)

I understand I can’t get 2 loads in a day, I’ve gotten the hint about that awhile ago. The only thing holding me back from that is having to do the whole process to begin with lol if saving a few minutes is all i can do, I’d like to make that possible. We make everything in shop. it’s more of what the machines are running day to day, is what I’m able to put in.

M2 annealing and tempering faster by YdweL in metallurgy

[–]YdweL[S] -1 points0 points  (0 children)

So much information from work and life obtained all in a day. this machine has a feature, I'm pretty sure its a dead band, all I know is we have it set so it doesn't overshoot the Target temp so no worries about overshooting. I have a whole notebook full of notes from the meeting I had with the furnace tech. I'm also just trying to get an understanding of the process and some things I don't get. (It's hard to put my thoughts into words to google correctly sometimes)

my question is simply as I can put it. So with all fail safes in place, if I increase the ramp rate of the initial steps that get to the target temperature before the soak. that I could at least cut some time off the whole cycle, since I know now I can not cut it all down, I could at least save my job some money in power consumption from running so long. essentially I'm just wanting to make the process more efficient, if that makes sense.

M2 annealing and tempering faster by YdweL in metallurgy

[–]YdweL[S] 0 points1 point  (0 children)

"Although the furnace is set to a specific temperature, it takes time for the heat to get to the interior of a thick part. So if you want to play with shortening the tempering times, make sure you cut a cross section and check the hardness of the interior to ensure it is up to spec."

what I got from this was, even though the furnace is set to a specific temp. so if it takes time to get the interior, increasing the rate a little with help it get to temp faster. that's just that one step, the next step is a soak so nothing there will change. step 2 is the initial increase in temp, it takes 1:14:00 to get to 1550. my thought process was just to make these steps before the soak a little quicker. is that something out of the realm of possibility? also, the parts may be different sizes but there's at least 100 lbs. in each tray, a stack of 3 is what I'm capable of putting in

M2 annealing and tempering faster by YdweL in metallurgy

[–]YdweL[S] 0 points1 point  (0 children)

what? no. I'm still talking in theory when regarding the last part. I was putting thermal couplers in to make sure things are consistent and to document the first readings to track change as I go trying different recipes in the future. I'm gathering notes is all. I'm able to change things but if it works for now I'm not changing much. if its broke don't mess with it is what I was taught.

M2 annealing and tempering faster by YdweL in metallurgy

[–]YdweL[S] 0 points1 point  (0 children)

thank you ill for sure save all this for reference for when I get to work! I'll put some thermal couplers in and check things out. if you could guess how much more should I go up safely? I was thinking the 7°.

M2 annealing and tempering faster by YdweL in metallurgy

[–]YdweL[S] 0 points1 point  (0 children)

By good I’m meaning past industry standard of 60 RC (Hardness), My company requires 64 RC

M2 annealing and tempering faster by YdweL in metallurgy

[–]YdweL[S] 0 points1 point  (0 children)

I’m running at least 300 lbs of drill bits, biggest is 2 inches, smallest is 1/4 inch maybe a little smaller but not by much. So in theory I would raise the ramp rate so it gets to temp faster. Is that what I’m picking up? This is all a theory of mine. If this furnace is capable of cooling fast at 12 bar. Making it heat up faster wouldn’t cause any problems, correct?

4140 in 12 mbar capable vacuum furnace. by YdweL in metallurgy

[–]YdweL[S] 0 points1 point  (0 children)

I'm not an engineer sadly. I just got thrown onto the machine. Will it be able to do that at 8Bar? that's rather loud, but I'm not sure honestly. i can get from 2210 all the way down to 160 in about 2 minutes with a 3 bar quench. also, to add. we use 303 or 330 for the trays, the hearth is graphite and so are the heating elements. and Molybdenum for some pins and screws and these rods on the graphite tray. I'm concerned the 4140 is close to Molybdenum and will cause the effect of 2 metals merging (i forgot the actual term for this but the flash point changes I'm pretty sure)

What was something you thought you'd never do, but ended up doing it anyway? by Potential-Western-75 in AskMen

[–]YdweL 0 points1 point  (0 children)

Having a kid, having a live in girlfriend with kid, having sex a lot lmao